KR20110063822A - Facial eyeglass assembly without upper protruding nose support - Google Patents

Abstract

A spectacle assembly configured for use by a person of another facial feature includes a nose bridge that interconnects the lens pair and the lens and extends between the lens pair. The nose support assembly is connected to the nose bridge and supports to engage with the protruding nose support of the human nose and extends to the rear of the nose bridge, the position of the protruding nose support being determined by the facial features of the person. When the nose rest assembly engages the protruding nose support, the nose bridge and nose rest assembly are positioned in an operating position relative to the optical center of the lens pair to facilitate substantial alignment between the pupil and the optical center of the human eye. When the protruding nose support is disposed along the length of the person's nose and spaced at regular intervals from the person's nose root, the operating position of the nose bridge and nose support assembly is preferably between the optical center and the lower periphery of the lens pair. have. As such, the glasses can be comfortably and accurately worn by a person having other facial features including, but not limited to, a less protruding support area in the nose roots of the human nose.

Description

Face glasses assembly without protruding nose support on top {SPECTACLE ASSEMBLY FOR FACES WITHOUT A PROMINENT UPPER NASAL SUPPORT}

The present invention relates to a spectacle assembly for use by those who have a substantially flat or less protruding upper nose area that is substantially positioned where the top of the nose and forehead meet. Inadequate to support Thus, the spectacle assembly of the present invention comprises a nose-bridge disposed in a predetermined operative position with respect to the optical center of the lens, which is positioned along the length of the wearer's nose. This is to allow the prominent nasal support to engage apart at regular intervals from the substantially flat upper nasal area. Thereby the optical center is aligned with the visual axes and pupils of the wearer.

The use of glasses to improve human vision is seen everywhere in the world, even though most of the world's population does not have typical Western European facial features with an upper protruding nose area between the eyes supporting the nose bridge of the glasses. Most of the population has used Western eyeglasses that do not necessarily fit their faces. Although conventionally designed and constructed, the glasses usually include a nose bridge disposed between the two lenses. The lens is positioned in front of the human eye in such a way as to align the eye axis of the eye with the optical center of the lens. For best fit and stability, glasses generally rely on a nose bridge supported by a portion of the nose known as the upper nasal protrusion or nasal root.

Generally, conventional eyeglasses are designed to align the nose bridge with the upper nose protrusion where the top of the nose meets the forehead. However, conventional eyeglasses are typically designed for facial features of people from Western Europe. Whether a pair of glasses will fit a person's face is usually determined by trial and error at an optician. During this trial and error process, one wears different glasses and decides whether the style suits their face. Proper wear is assessed by whether the optical center of the lens is aligned with the center of each pupil, which may be referred to as the central eye axis of each eye. Proper wear of the glasses against the nose is determined by whether the nose bridge is supported by and placed on the upper nose protrusion or nose root, stems from the nose bridge with nose rests on both sides of the nose and Determined by nasal rest. This type of wear allows for three-point stabilization.

However, for people with less protruding or flat nose roots commonly found among infants, children, Asian (Asian) and Africans, conventionally manufactured glasses often require raising nose bridges from the nose roots. This has the stability produced by just the nose rest coming from the nose bridges on both sides of the nose. In addition, the noserest is often at an angle and rarely makes full contact with the skin on the side of the nose. This is an unstable condition, and slipping of the glasses often occurs until the nose bridge is placed on the lower part of the protruding nose. This slip results in misalignment between the eye's eye axis and the optical center of the lens. This appearance is also poor in appearance as the glasses do not fit the contours of the person's face properly. Conventional eyeglasses made in the manner described above are well suited to Western European or Caucasus races, ie people having elevated areas along the top of the nose. The shape and size of this type of nose includes nose roots that can adequately support the nose bridges of a pair of glasses previously manufactured. As an example, a person exhibiting the typical Western facial features mentioned above appears in the prior art of FIG. More specifically, the conventional glasses of the person depicted include a nose bridge with two lenses at the center of the eye and attached to the nose bridge so that the glasses are "fit to the face" and placed on the nose roots or upper nose protrusions. . In addition, the conventional eyeglasses appearing in this person are shown to be aligned between the optical axis of the lens and the visual axis of each eye represented by the center of the pupil. Other features associated with a pair of conventional eyewear that are worn correctly include the exact size of the lens relative to the human eye and face as well as the correct template for positioning.

However, most people around the world do not have the western facial features of the person shown in FIG. In addition, as shown in FIGS. 2A and 2B, many, but not most, infants, toddlers, and children before walking do not have protruding nose roots and appear rather flat. In adults of Asian and African origin, they do not have enough protruding nasal roots to support conventional pairs of glasses. As such, the noses of almost all children and many non-Western adults will not adequately support the typical type, typically designed and manufactured glasses shown in FIG. 1. Thus, they find it difficult to maintain proper alignment of conventional glasses on their face by slipping down the nose. Without alignment between the optical center of the lens and the visual axis of the person, blurry vision is caused and repositioned to align. As another example, Figures 3A, 3B and 3C show a pair of conventional western glasses worn by adolescents who do not have an upper nose protrusion capable of supporting a conventional nose bridge. Thus, when such a person wears conventionally manufactured glasses, it is evident that the nose bridge rises up and / or out of the nose root. Thus, the nose bridge itself is not directly engaged or supported by the nose. As shown in this figure, the conventional eyeglasses are held in position only by the nose pad at the end of the stem from the nose bridge. Often, to minimize slip, the stems from the nose bridge must be squeezed together to bring the nose rest close to the nose. This often causes discomfort and also creates dents in the skin when the glasses are removed. Due to the typical position of the nose bridge, the optical center of the human lens is not aligned with respect to the center of the corresponding pupil. While the optical center of the lens is below the pupil, the time axis is at the top of the lens. Thus, in this conventional case, conventionally designed, manufactured eyeglasses comprising a fixed nose bridge that needs to be supported by the wearer's nose may be used in children or infants and most non-Western with flat upper nose protrusions or nose roots. The native is not designed to wear.

Thus, there is a need for new and improved glasses that are designed and manufactured to be worn by people with non-Western facial features. This preferred and suggested pair of glasses minimizes slip and improves alignment of the optical center of each lens with the corresponding eye axis of each eye. In addition, in order to overcome the above mentioned inconveniences and problems, this proposed eyeglass assembly is provided with a nose portion that interconnects the two lenses and can provide adequate support while placing the lens sufficiently forward so as not to interfere with the wearer's eyelashes. It must include a properly located nose bridge located. In addition, the nose bridge should be attached at an appropriate position on the lens such that the optical center of each lens is kept in alignment with the center and time axis of the corresponding pupil of each eye. In addition, problems and inconveniences of the conventional spectacle wear design may be substantially overcome by placing the nose bridge of the proposed spectacles at the bottom of the nose and attaching the nose bridge to the corresponding bottom of the lens. In addition, the improved nose bridge should be attached to the rear of the lens or to the rear of the lens, rather than the front of the lens as is typical for conventional western style eyewear of the type described in FIGS. 3A-C. By attaching the nose bridge assembly to the back of the lens, the nose support assembly can extend laterally without interfering with the lens and can engage the skin on both sides of the nose. Thus, the spectacle assembly is fully supported by a nose bridge placed on the nose and the nose rest is also fully aligned with the skin on both sides of the nose to enable three-point stabilization. Slip down the nose of the glasses is thereby eliminated or significantly limited.

Thus, the arrangement and structure of the nose bridge and nose stand assembly of these improved glasses will be effectively adapted to the different facial features and different lens shapes of many people while maintaining the correct optical position of the glasses relative to the eye.

The present invention relates to a spectacle assembly of the type that can be comfortably and effectively worn by a person having other facial features such as, but not limited to, a person with a less protruding upper nose support. More specifically, people of many different ethnicities will not have a sufficiently protruding area at the upper end of the nose that effectively supports and / or holds the glasses to be intentionally aligned with the wearer's eye axis. As just one example, people of Asian Asian ancestry often do not have a sufficiently protruding upper nose support suitable for supporting and maintaining a pair of conventional glasses in a desired location to maximize vision. The resulting misalignment of the eye's optic axis and the optical center of the lens causes blurred vision. Thus, the spectacles assembly of the present invention is configured to receive a person having a less protruding upper nose support or nose root.

Thus, for the purpose of describing various preferred embodiments of the spectacle assembly of the present invention, the term "prominent nasal support" refers to a person sufficient to adequately engage and effectively support the nose bridge and / or nasal support assembly of the spectacles. Will be used to describe the position along the length of the nose. Such effective support will ensure substantial alignment of the pupil or optic axis of the human eye with the optical center of the spectacle lens. In addition, as an example and for the purpose of clarity, a person of Western or Caucasus ancestry has a sufficiently protruding nose root that is substantially located at the intersection between the upper end of the human nose and the forehead, as briefly described above. . A conventionally constructed eyeglass has a nose bridge attached to the top of the lens, where the nose bridge and the two nose rests are arranged to engage and support the protruding nose roots of the intersection of the upper nose and forehead, which is desirable for human wear glasses. Three-point stabilization is only possible. In contrast, many other races usually have less protruding nasal roots at the intersection between the upper nose and forehead. Therefore, the nose bridge of the conventional spectacles is not properly supported at this intersection. Thereby the stabilization of such conventional glasses is reduced, and frequent slipping of the glasses causes repeated optical misalignment. Thus, the spectacle assembly of the present invention includes a lens pair and a nose bridge disposed between and disposed between the lens pairs. In addition, the nose support assembly comprising a pair of nose rests may be considered part of the nose bridge or may be properly connected to the nose bridge of the glasses, both the nose bridge and nose rest assembly being placed in a predetermined operating position. As will be described in more detail below, such a predetermined operating position is the nose bridge and nose to the “protruding nose support” of the person at regular intervals from the upper nose portion of the person's nose or from the nose root, which is the intersection of the upper nose and forehead. Place the foot assembly in place and support the engagement. In addition, the predetermined operating position of the nose bridge and nose support assembly with respect to the protruding nose support or with respect to the protruding nose support depends on the facial features of the person and is intentionally aligned with the optical center of the lens and the eye axis. Gain vision.

In various preferred embodiments of the spectacle assembly of the present invention, the operating position of the nose bridge and nose support assembly is located between the optical center and the lower periphery of the lens pair of the spectacle assembly, depending on the position of the protruding nose support of the wearer. . At least some preferred embodiments define the predetermined operating position of the nose bridge and nose rest assembly toward the lower perimeter of the lens pair of the spectacle assembly and below or just below the optical center. In a preferred position of such a predetermined operating position, the nose bridge and / or nasal support assembly is arranged to be supported and engaged along the length of the nose by the protruding nose support of the person, which is the top of the nose at the intersection with the forehead of the person. It may be located at regular intervals below the end or a typical nose root.

Another structural feature associated with various preferred embodiments of the spectacle assembly of the present invention includes a nose bridge of glasses having an elongated base, the elongated base opposing the bases connected to the rear portions of the lenses, each spaced apart at regular intervals of the pair of lenses. Has an end. In addition, the noserest assembly includes a foot support or pad stem having a generally elongated configuration connected to the nose bridge and connected to the middle portion of the base of the nose bridge. In addition, each end of the elongated backing stem is configured to be able to hang the nose rest removable and / or fixed.

In addition, the nose bridge and nose rest assembly will be attached to the back of the lens such that the nose rest is in complete contact with the skin on both sides of the nose. This will provide additional stability for the spectacle assembly. In addition, the nose support assembly connected to the nose bridge may include a hook-like component or other connection structure capable of inserting a replaceable nose rest. The two nose pads extend laterally, behind the nose bridge, behind the lens pair and towards the face of the person. The relative configuration and positioning of the noserest assembly, in particular comprising the nose bridge of the two nosepieces and the spectacles assembly, allows for a wide variation in the spacing between the lenses as well as the size and configuration of the lens defined by the lens pair. As such, the design and construction of various embodiments of the spectacles of the present invention can effectively accommodate the overall size and shape of any person's face, eyes, nose, and the like.

Accordingly, the structural variety and the variety of operation of the various components of the spectacle assembly of the present invention, including one or more preferred embodiments of the present invention, may vary in size, configuration of the lens pair, nose bridge, noserest assembly and spectacles legs. And in terms of overall design features, it facilitates significant changes. However, a common feature in the various structures and designs of the various embodiments of the spectacle assembly of the present invention is to accurately position and maintain the lens pair and more specifically the optical center of the lens pair to be aligned with the eye axis or pupil of the human eye. Can be. This is intended even if the facial features of the person are protruding nasal supports that support the glasses along the length of the person's nose and are spaced apart from the upper end of the nose at a junction of the upper end of the nose and the forehead. Accurate optical positioning is achieved. Thus, the spectacle assembly of the present invention includes a truly universal design that is suitable for many people of various ages with different facial features.

Various objects, features and advantages of the present invention will become apparent when the drawings and the detailed description are considered.

In order to fully understand the nature of the present invention, reference should be made to the following detailed description in conjunction with the accompanying drawings.
1 is a cross-sectional view of a person wearing conventional glasses, with the person described having Western facial features.
2A and 2B are front and side views, respectively, of a person having facial features different from the person of FIG. 1, with a schematic representation and descriptive text showing a substantial upper end and forehead and adjacent or upper portion of the human nose; At the end there is not enough nose support for conventional glasses.
Figures 3A, 3B and 3C comprise a bottom front perspective view, a front view and a side view, each of which represents a person wearing conventional glasses and lacking sufficient nose support in a person's nose bridge, the schematic representation and descriptive text of which are conventional Emphasizes problems and inconveniences in technology.
4A and 4B are partial schematic front views with descriptive text indicating the proper configuration, design, and location of the improved spectacles assembly of the present invention.
4C and 4D are side views of embodiments of 4A and 4B with additional schematic and illustrative text.
5 is a front view of at least one preferred embodiment of the spectacles assembly of the present invention.
6 is a top view of the spectacles assembly of the embodiment of FIG. 5.
7 is a perspective view of at least partly assembled nose bridge assembly and nose support associated with the embodiment of FIGS. 4-6.
8 is a perspective view of the assembled form of the embodiment of FIG. 7.
9 is a rear view of the embodiment of FIG. 8.
10 is a side view of the embodiment of FIGS. 8 and 9.
11 is a front view of a person wearing a spectacles assembly that is at least one of the preferred embodiments of the present invention for a person without a protruding nose support at the nose root of the nose.
12 is a top perspective view of the embodiment of FIG. 11.
13 is a side view of the embodiment of FIGS. 11 and 12.
14 is a bottom perspective view of a person wearing a spectacles assembly that is at least one of the preferred embodiments of the present invention without a nose support projecting from the nose root of the nose.
FIG. 15 is a bottom perspective view of the person shown in FIG. 14, wearing conventional glasses having sufficient nose bridges in the nose roots and a nose bridge configured and supported at the nose roots where the upper end of the nose meets the forehead .
Like reference numerals refer to like parts in the several figures.

The present invention is directed to those who have other facial features, such as, but not limited to, conventional eyeglasses that do not have sufficient nose support at or near the upper end of the person's nose and the forehead of the person. A spectacles assembly configured for use.

4A-4D, at least one schematic description of the spectacles assembly of the present invention, as described in the accompanying drawings, is represented by descriptive text added to the wearer's face and eyes. Particular size and structural features are described by descriptive text that aids the spectacle assembly of the present invention, and also provides an upper nose support area that is insufficient to accommodate conventional spectacles of the type described in the prior art description of FIG. Branches are described as being worn on a person's face. Thus, relevant features include the distance between the pupils, the vertical distance between the time axis, the position of the nose bridge of the glasses in the nose and the width of the nose bridge. 4C and 4D are side views of FIGS. 4A and 4B where a proper “projected nose support” position for the nose to support the nose bridge and a position where the planar portion of the lens is moved far enough away from the eye to not interfere with the eyelashes Position the nose bridge on the nose. This figure allows the spectacles legs to be placed from the top of the ear to the point of interconnection with the lens.

Referring simultaneously to FIGS. 5 and 6, the spectacles assembly 10 of the present invention includes a pair of lenses 12, each lens disposed to cover a corresponding eye of a person. Under ideal conditions, the size, configuration and overall structure of the lens pair 12 as well as the additional components of the spectacle assembly 10 allow the optical center of the lens pair to align with the pupil and / or human eye axis. Thus, the distance between the pupils corresponds in turn to the position of the optical center of the lens pair 12 which depends at least in part on the position, shape and size of the lens pair 12. In addition, the lens width and the bridge width have a size corresponding to the distance between the pupils of which the optical center of the lens pair 12 is accurate in view of the overall width of the glasses determined between the outer ends of the lens pair 12. Thus, as will be described in more detail below, the nose bridge 14 and the accompanying nose support assembly 16 are at a predetermined operating position relative to the lens pair 12, more specifically with respect to the optical center of the lens. Is placed. As such, nose bridge 14 and / or nose stand assembly 16 supports a sufficiently protruding nose support that supports eyeglass assembly 10 by supporting engagement with nose bridge 14 and nose stand assembly 16. Meshes with a person's nose in the realm. In the future, this “projected nose support” along the length of the nose protrudes or otherwise configured relative to a person's nose to engage and firmly support the nose support assembly 16 and / or the nose bridge 14. Defined as part of the wearer's nose to be deployed. The protruding nose support protrudes sufficiently to support the spectacle assembly in a manner that substantially aligns between the optical center of the lens of the lens pair 12 and the human pupil or eye axis.

In view of the schematic description of the preferred embodiment of the spectacles assembly described in FIGS. 4A-4D, more specific references appear in FIGS. 5 and 6. Thus, the spectacles assembly 10 includes a lens pair 12 and a nose bridge (usually denoted by 14). The nose support assembly 16 is connected to the nose bridge 14, which will be described in more detail in FIGS. 7-10. In addition, at least one embodiment of the spectacles assembly 10 also includes spectacles leg members 18, each having an end fixed to an outer portion of the other of the lenses of the lens pair 12. . Each eyeglass leg 18 may have a distal end that includes an elongated shape and has a specific shape to engage an ear or other portion of the head. If such spectacles are provided, the spectacles legs 18 are preferably first determined again by substantial alignment between the optical center of the lens pair 12 described in FIGS. 4A-4D and the human pupil or eye axis. It further facilitates the maintenance of the spectacle assembly 10 in the correct position.

7-10, the structural and operational features of the nose bridge 14 and the nose support assembly 16 are described in detail. More specifically, the nose bridge 14 has an elongated base 20 and two opposing placement ends 20, 22 ′. In addition, the nose support assembly 16 includes an elongated central or foot support 24 configured to support and connect to the nose support 28 and 28 ', respectively. As such, the nose support support 24 of the nose rest assembly 16 is connected in the middle of the opposite ends 22, 22 ′ of the base of the nose bridge 14. The opposing ends 26, 26 ′ and nose pads 28, 28 ′ also fall away from the corresponding portions of the base 20 including corresponding ends 22, 22 ′. Thus, connected nose pads 28, 28 ′ face the wearer's face and are placed behind corresponding ends 22, 22 ′. Each end 26, 26 ′ of the backing support 24 is configured to be defined by a mounting member that securely or removably connects a corresponding one of the nasal supports 28, 28 ′ to the backing support 24. As clearly explained in FIGS. 7-10 and further clearly in the embodiment of FIGS. 11-14, the opposite ends 22, 22 ′ of the base 20 in the nose bridge 14 are opposite ends 22, 22. ') Comprises an outwardly projecting connecting member or finger 32 which is configured to be fixedly attached to the rear or rear of the corresponding one of the two lenses of the lens pair 12.

In order to interconnect the base 20 of the nose bridge 14 to the rear or corresponding back of the lens pair 12, the nose support assembly 16 is mounted rearward from the base 20, on which the spectacle assembly 10 is mounted. Stretches further towards the face of a person. Thus, each of the nose pads 28, 28 ′ does not engage with any of the lenses of the lens pair 12 and is disposed behind the base 20 without being attached. Where the nose bridge 14 is positioned where it is properly supported by a suitable protruding nose support of a person, it is easy to position the nose support 28, 28 ′ behind each of the corresponding lenses and noses of the lens pair 12. Do it. In addition, the size, configuration, placement of the lens pair 12 and the spacing between the lenses defined by the lens pair are such that the overall physical features of the face of the person and the protruding nose support that the nose rest 28, 28 ′ is supported and engaged with. It can be made to adapt physically and aesthetically to the position and size of the. In turn, the almost infinite variety of shapes and sizes of lens pairs 12 add to the needs of a person while adding aesthetic versatility and decorative variance to the various embodiments of the spectacle assembly 10 of the present invention. And can be used to meet the needs.

As clearly illustrated in FIGS. 11-15, the last diagram relates to the prior art describing a person wearing conventional glasses, one feature of the invention being a less protruding or located at the intersection of the nose and forehead. It is in the correct placement and maintenance of the spectacle assembly 10 in a person with a suitable upper nasal root. Thus, the nose bridge 14 and the associated nose support assembly 16 of the eyeglass assembly 10 are connected to the lens pair 12 at a predetermined operating position based on the wearer's face size and / or characteristics. When the nose bridge 14 and the nose support assembly 16 are arranged to engage and support the nose support protruding sufficiently along the length of the nose as described in FIGS. 12) ensure that the optical center is substantially aligned with the human pupil or eye axis.

With reference to FIGS. 11-14, the noserest assembly 16 is in an operating position relative to the optical center of the lens pair 12 by being disposed between or between the optical center and the lower outer perimeter 40 of the lens pair 12. 11, it is clear that the optical center is not specifically designated by reference numeral, but the human pupil or eye axis is substantially aligned with the center of each lens defined by lens pair 12. Thus, in the embodiment described in FIGS. 11-14, the placement of the nose bridge 14, the nose support assembly 16 and the nose rest 28, 28 ′ is preferably just the optical center of the lens pair 12. Below, it is apparent that most preferably it is arranged between the optical center and the lower outer circumference 40 of the lens pair 12. As will also be apparent, at least one preferred embodiment of the present invention includes a nose bridge 14 substantially aligned with the lower periphery 40 of the lens pair 12. The predetermined operating position of the nose bridge 14 and the nose support assembly 16 determines or determines that the nose rest 28, 28 ′ engages and supports the opposite side of the nose in a sufficiently protruding nose support area of the person described. do. Again, this protruding nasal support region of the described person is spaced apart at regular intervals relative to the nose root or upper nose portion of the person's nose. As described and described in detail above, the nose portion of the person described does not have a region that protrudes sufficiently to effectively support the nose bridge 14 and / or the nose support assembly 16.

The prior art description of FIG. 15 illustrates that a significant upper nasal support area is not adjacent or aligned with the nasal roots of the described person, where such person is shown wearing conventional glasses. The bridge 50 of conventional glasses extends outwards and outwards without being supported against the upper nose area of the human nose. In addition, the nose support assembly 52 of the conventional eyeglasses is disposed above the optical center of each lens of the conventional eyeglasses, thereby easily causing misalignment between the human pupil and the optical center. Also, due to the connection and / or placement of the nose support assembly 52 relative to the lens of conventional glasses, the nose support cannot extend laterally because the nose support assembly 52 collides with the lens. Thus, the nose rest of conventional eyeglasses must be squeezed together to minimize slip. This is inconvenient for a person, leaving marks on the skin around the nose and cannot adequately prevent slipping. Thus, due to insufficient placement of the nose support along the nose and slip of the nose bridge 14 under the nose, the use of conventional glasses by the person described will cause misalignment between the human pupil and the optical center of the lens. .

It can be seen that the exact positions of the nose bridge 14 and nose support assembly 16 can vary, as they are in the desired operating position depending on the size, shape and other physical features of the person's face. Thus, by positioning the predetermined operating position of the nose bridge 14 and / or nose support assembly 16 between the optical center and the lower outer periphery 40 of the lens pair 12 and along the inner or nasal circumference, the glasses of the invention Various preferred embodiments of the assembly 10 can overcome such body differences.

It is further emphasized that the term "optical center" as used herein does not necessarily describe the exact geometric center of the lens or lens pair. It will be appreciated that the optical center of any lens may deviate from the geometric center based on various factors, including but not limited to additional optical features such as lens size, shape placement as well as other bifocal lenses.

Since details and various changes, modifications, and changes can be made in the described preferred embodiments of the present invention, not all the details appearing in the foregoing description and the accompanying drawings are to be interpreted as illustrative and not in a limiting sense. Accordingly, the scope of the invention should be determined by the appended claims and the legal equivalents.

Claims (28)

In an eyeglass assembly configured for use by a person having a different facial feature, the eyeglass assembly includes:
A pair of lenses;
A nose bridge extending between the pair of lenses and interconnecting the pairs of lenses;
And a nose support assembly connected to the nose bridge and disposed to support a protruding nose support of the human nose.
The nose bridge is connected to the lens pair at a predetermined operating position with respect to the optical center of the lens pair,
The predetermined operating position causes the optical center to be substantially aligned with the human pupil and eye axis,
The predetermined operating position of the nose bridge is arranged to face a protruding nasal support that is uniformly spaced along the longitudinal direction of the human nose from the nose root. The spectacles assembly according to claim 1, wherein the predetermined operating position of the nose bridge is disposed between the optical center and the lower outer circumference of the lens pair. 3. The spectacles assembly according to claim 2, wherein the predetermined operating position of the nose bridge depends at least in part on the engagement encountered and aligned with the nose support assembly and the protruding nose support. The spectacles assembly according to claim 1, wherein the predetermined operating position of the nose bridge is substantially disposed at the optical center or the lower outer circumference of the lens pair. 2. The spectacles assembly according to claim 1, wherein the predetermined operating position of the nose bridge is disposed below the optical center of the lens pair. 6. The spectacles assembly according to claim 5, wherein the noserest assembly is disposed below the optical center of the lens pair when engaged with the protruding nose support. 6. The method of claim 5, wherein the predetermined operating position of the nose bridge is at least partially dependent on the configuration of the lens pair and the optical center of the lens pair in substantial alignment with a human pupil and eye axis. Glasses assembly. 6. The spectacles assembly according to claim 5, wherein the predetermined operating position of the nose bridge is arranged to be substantially aligned with the lower periphery of the lens pair. 2. The spectacle assembly of claim 1, further comprising two spectacles legs interconnected with other lenses of the pair of lenses, the two spectacles legs being disposed to support and engage the head of the person. The spectacles assembly of claim 1, wherein the nose bridge is connected to a rear portion of the lens pair. 11. The eyeglass assembly of claim 10, wherein the noserest assembly is disposed behind the nose bridge and the lens pair. 12. The spectacles assembly of claim 11, wherein the noserest assembly is disposed to not engage the lens pair. 12. The spectacle assembly of claim 11, wherein the noserest assembly is disposed such that the lenses do not interfere with the selective side placement of each lens of the lens pair with respect to each other. 2. The nosepiece assembly of claim 1 wherein the noserest assembly includes two spaced apart noserests collectively disposed in the predetermined motion position, wherein the predetermined motion position is such that the optical center of the lens pair is a human pupil. And at least partially defined by engagement of the nose rest with opposing sides of the protruding nose support when substantially aligned with the time axis. 15. The spectacle assembly of claim 14, wherein the predetermined operating position further comprises disposing the noserest between the optical center and the lower perimeter of the lens pair. 15. The spectacle assembly of claim 14, wherein the predetermined operating position further comprises disposing the noserest below the optical center of the lens pair. 15. The spectacles of claim 14, wherein the nose bridge further comprises a base extending between the pair of lenses and a base support connected to the base and connected to the base that supports and engages the nose rest. Assembly. 18. The spectacles assembly according to claim 17, wherein said support support is disposed behind said base without engaging said pair of lenses. 18. The spectacle assembly of claim 17, wherein the base includes opposing placement ends that are respectively fixedly connected to a rear portion of one other lens of the lens pair. 20. The base of claim 19, wherein the backing support is connected to the base in the middle of the opposite end of the base, and the noserest is spaced apart rearwardly spaced relative to the base and the corresponding one lens of the lens pair. Glasses assembly, characterized in that. 21. The spectacles assembly according to claim 20, wherein the predetermined operating position further comprises the noserest disposed between the optical center and the lower perimeter of the lens pair. 21. The spectacle assembly of claim 20, wherein the predetermined operating position further comprises a noserest disposed below the optical center of the lens pair. In an eyeglass assembly configured for use by a person having a different facial feature, the eyeglass assembly includes:
A pair of lenses;
A nose bridge arranged to interconnect between said pair of lenses;
And a nose rest assembly comprising a pair of nose rests disposed in an operative position,
When the optical center of the lens pair is substantially aligned with the human pupil and eye axis, the operating position is defined at least in part by the nose rest disposed to engage the protruding nose support of the person,
The operating position is further defined by the placement of the nose rest along the longitudinal direction of the nose of the person between the optical center on the lens and the lower perimeter of the pair of lenses,
The nose bridge is arranged and connected to the rear of each lens of the lens pair,
And the noserest is disposed behind the nose bridge and the corresponding lens of the lens pair. 24. The spectacle assembly of claim 23, wherein the predetermined operating position further comprises disposing the noserest below the optical center of the lens pair with respect to the lower periphery of the lens pair. 24. The spectacle assembly of claim 23, wherein the noserest assembly is connected to the nose bridge, the noserest being spaced apart at a distance from the rear with respect to the nose bridge and the corresponding lens of the lens pair. 26. The support of claim 25, wherein the nose bridge comprises a base extending between the pair of lenses and connected to the lens pair, wherein the nose support assembly is connected to the base supporting and engaging the nose support. And the backing support is disposed behind the base without engaging the pair of lenses. 27. The spectacle assembly of claim 26, wherein the base includes opposing placement ends that are each fixedly connected to a rear portion of one other lens of the lens pair. 24. The spectacle assembly of claim 23, wherein the operating position is further defined by the nose bridge disposed between the optical center and the lower perimeter of the lens pair.

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